fairy forest aesthetic
Resize and add details
Convert to video
Outpaint the rest of the image
Additional Info
Steps27
Samplereuler_a
CFG Scale8.5
Seed233439861
More Ai art like fairy forest aesthetic
Legendary pokemon. Appearance: Florafae is a majestic and ethereal Pokémon that embodies the spirit of a guardian forest creature. It resembles a graceful deer with a body covered in lush, verdant foliage that sparkles with fairy dust. Its antlers are adorned with blooming flowers and delicate vines, and its eyes radiate a gentle, soothing light. Florafae’s mane and tail flow with the breeze, carrying the scent of fresh flowers wherever it goes.
An extremely ornate and pointed gothic headstone covered enshrouded in ghost-like mist wreathing through with words "Ghost Glade" "Gloomhaven" etched into it, tiny candles completely cover the ground, hazy, paranormal, very thick ghostly fog, haunted forest, extremely textured, soft moody ambient lighting, photorealistic, soft focus, depth of field, minimalist, extremely high detail, haunting and dark visual, extremely high quality, lots of negative space, eerie, haunting, night, subtle light shines on the headstone, subtle edges, not too clean, gritty, imperfect, grainy, dynamic ambient lighting, moody, atmospheric, gothic, ominous, wide negative space, extremely thick fog covers everything, realistic photography, very washed out, grainy film, occult, dark, gothic, moody, extremely atmospheric,
Create a portrait image of a futuristic, friendly robot head in profile. The robot should have a sleek design, inspired by the Astro from PS5, mixed with the aesthetic of the Overwatch hero drone, and subtle elements from Eva in the movie Wall-E. The robot’s face should be replaced with an analog digital screen displaying happy or friendly expressions (analog screen). The image should be in a 9:16 aspect ratio, focusing on the lateral profile of the robot’s head, like a photographic portrait. The lighting should be soft, highlighting the details of the digital visor and the minimalist design of the robot's head.